Tetsuyou Watanabe
Papers
57
Total Citations
1,095
H-Index
16
About
Tetsuyou Watanabe is a prominent robotics researcher whose work centers on robotic manipulation, soft robotic hands, and intelligent grasping systems. Based at the intersection of mechanical design and robotics engineering, Watanabe has made substantial contributions to the development of adaptive gripper technologies, most notably through his pioneering use of incompressible fluid-based deformable fingertips. His 2013 work on fluid-filled rubber fingertips demonstrated how passive compliance could enable delicate grasping of fragile objects, while his 2017 variable-grasping-mode underactuated soft gripper introduced ratchet-assisted environmental contact operation, earning 78 citations. His 2007 study on grasp optimization using required external force sets (73 citations) established a rigorous mathematical framework for identifying optimal grasp points on arbitrarily shaped objects. Watanabe has also advanced multi-fingered robotic hands combining tendon-driven skeletons with jamming-transition mechanisms for adaptable stiffness control. His survey on practical robotic manipulation (62 citations) reflects his broader commitment to bridging research and real-world application. With contributions to neurosurgical robotics and international benchmarking challenges like the World Robot Summit, Watanabe's research has collectively shaped modern dexterous manipulation, accumulating over 700 citations across his key works.
Research Focus
Key Achievements
Top Papers
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- 3Grasping Optimization Using a Required External Force Set73 citations · 2007
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